We support your product throughout its entire lifecycle — from the initial sketch right through to ongoing maintenance.
Over 35 years of engineering
Experience in embedded systems in the fields of
industrial control,
railway and building automation.
Safety built in from the outset
Functional safety and cybersecurity in every phase of the project – considered at an early stage and implemented sustainably.
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Find out more about our latest development highlights.
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Design for Secure Manufacturing
Why we no longer talk about DfM and instead incorporate cybersecurity right from the design phase.
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A robust Linux foundation for industrial embedded devices, with reproducible builds and updates.
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To market faster, with fewer disruptions and better products.
Six phases – a reliable partner
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Concept & Product Design
Requirements, architecture and functional safety considered right from the start – we can get involved at the concept stage or once the first functional prototype is ready.
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Electronics design
From circuit diagram to production-ready – in-house EMC laboratory, climatic chamber and component sizing for an MTBF of over 10 years.
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Software design
Embedded systems and applications on a state-of-the-art stack: Rust, AI-powered engineering, CI/CD and automated testing.
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Series launch
From prototype to production – Design for Manufacturing, boundary scan and in-house production test systems.
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Cyber security
Security throughout the product lifecycle – from threat modelling and secure boot to vulnerability monitoring in the field.
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Workshops & Consultancy
Architecture- and AI-supported reviews, cybersecurity consultancy and CANopen training for engineering teams.
Concept & Product Design
We start where you are – and offer you structured requirements analysis, joint architecture consulting and early security integration. This allows requirements, architecture and cybersecurity to be developed iteratively and in parallel – irreversible mistakes are avoided before they become costly.
Industry expertise in industrial control systems, rail and building automation to help mitigate risk.
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Requirements Engineering
Structured requirements analysis, with use cases linked to system and component requirements.
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Hardware and Software Architecture
Early architectural reviews of hardware, software and applications together — before irreversible decisions are made.
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MTBF > 10 years
Component sizing in accordance with Siemens standard SN 29500 — Mean Time Between Failures (MTBF) as a design objective.
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Functional safety
Safety-oriented design from the concept stage onwards: risk analysis, safety requirements, architectural patterns.
- Cyber security
- Functional safety
Electronics Design
This is where your production-ready electronics design is created – from the circuit diagram to the production prototype. Thanks to our in-house EMC laboratory and climate chamber, we can carry out our own measurements at an early stage: no costly surprises just before CE certification. Our partner network supports you right through to full market approval.
Partner network: Langer EMV, WHZ, Dr Körber
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Altium Designer
Schematic diagrams, layouts and multi-board designs in accordance with current industry standards, with CI-compatible data management.
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Rapid prototyping
In-house 3D printing for mechanical prototyping and functional housing prototypes.
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EMC laboratory
Preliminary electromagnetic compatibility (EMC) measurements in-house; accredited laboratories via partners.
In collaboration with the Forschungs- und Transferzentrum e. V. (FTZ)
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CE/EMC certification
Support right through to market authorisation —from EMC strategy to the declaration of conformity.
In collaboration with Langer EMV-Technik
- EMC laboratory
- SN 29500
Software design
Embedded systems and applications from a single source — on a state-of-the-art stack, integrated with the hardware at an early stage. For you, this means: no handover headaches in the later stages. Pure architecture consulting without our own code development is also possible.
Every commit is a potential release candidate.
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Rust
Memory-safe embedded and application code without a garbage collector — requiring less maintenance throughout the lifecycle.
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AI Engineering
AI-powered code generation, reviews, test case generation — speed without compromising on quality.
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CI/CD (GitLab)
Continuous Integration / Continuous Delivery: automated builds, tests and releases.
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Yocto Linux
Bespoke, reproducible embedded Linux distributions — hardened-ready.
- Rust
- CI/CD
- Hardened Linux
Series launch / Industrialisation
The functional prototype is transformed into a mass-produced product — with dedicated manufacturing test systems and a boundary-scan strategy from the very first prototype. We review existing designs for manufacturability and testability and transition them into mass production in a controlled manner — without any friction losses, ensuring a minimal time-to-market.
DfSM rather than just DfM — cybersecurity is a cross-cutting issue.
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Boundary Scan from the prototype stage onwards
JTAG-based (Joint Test Action Group) test coverage from day one — production testing doesn’t start from scratch.
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Test systems
Development and construction of customised test benches (including adapters, software and EMC testing) for the automated, reproducible and comprehensive testing of each assembly
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Design for Secure Manufacturing
Testability, manufacturability, test points and secure key provision as part of the design.
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Obsolescence management
Active component availability throughout the product lifecycle — planned redesigns rather than emergency substitutions.
- Boundary Scan
- DfSM
Cybersecurity
Security as a cross-functional discipline — from threat modelling in the design phase to vulnerability monitoring in the field, we ensure your product’s CRA compliance. CVE tracking is carried out via the SBOM, with a patch strategy in place even after delivery.
An overview of all phases — further details in this section.
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Threat modelling
Structured threat analysis — Security requirements are established before any code is written.
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Secure Boot
Chain of trust with signed images, rollback protection, integration with hardware security modules (HSM) and a true random number generator (TRNG).
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Hardened Linux firmware
Yocto-based Linux images with a minimal attack surface and secure defaults.
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Vulnerability monitoring
CVE tracking (Common Vulnerabilities and Exposures) via the Software Bill of Materials (SBOM).
- Cross-section
- SBOM · CVE
Workshops & Consulting
If you develop in-house but need specific reassurance, methodology or an outside perspective — at SYS TEC electronic, you’ll receive genuine engineering support, not a sales pitch.
On-site or remote — covering hardware, software and security.
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Architecture Reviews
A structured external assessment of your system architecture — covering hardware, software and security across all disciplines.
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AI-powered reviews
AI-assisted reviews of complex systems — a new methodology applicable across disciplines.
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CANopen workshops
Hands-on training courses on the CANopen protocol stack, covering everything from the basics to CiA-compliant implementations.
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Cybersecurity consultancy
Support with the development of internal security processes — from threat modelling methodologies to SBOM maintenance.
- Reviews
- CANopen
Get in touch now
Your contact person: Dino Keil
Department: Business Development Manager – Development
Email: dino.keil@systec-electronic.comPhone: +49 3765 38600 1170